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The response of foraging bumblebees to successional change in newly created arable field margins

机译:觅食大黄蜂对新创建的耕地边界的连续变化的响应

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Agricultural intensification is likely to have been a major factor leading to serious declines in bumblebee abundance and diversity in the UK and elsewhere over recent decades. Opportunities to restore habitat for bumblebees on uncropped arable field margins are now available, although the methods by which this restoration can be achieved have not been fully investigated. We present the results of a three year study undertaken to investigate the response of foraging bumblebees to five different arable field margin treatments (sown and unsown), as part of a replicated field experiment on arable farmland in northern England (UK). Bumblebee abundance was closely linked to successional changes in availability of suitable forage plant species. Field margin treatments sown with a `grass and wildflower' mixture had the highest bumblebee abundance, and provided a consistent supply of forage species, with different components of the seed mixture flowering in each year. The unsown natural regeneration treatment attracted foraging bumblebees in only the second year due to the local abundance of thistles, so we consider this option to be both inconsistent in terms of forage provision and agronomically unacceptable. Our results are discussed in terms of developing suitable measures to achieve the restoration of habitats for bumblebees on arable farmland
机译:农业集约化可能是导致近几十年来英国及其他地区大黄蜂丰度和多样性严重下降的主要因素。尽管尚未完全研究可实现未恢复耕地边缘的大黄蜂栖息地的机会,但仍可对其进行恢复。我们提供了一项为期三年的研究结果,以调查大黄蜂对五种不同耕地边际处理措施(播种和未播种)的反应,这是对英格兰北部(英国)耕地进行重复田间试验的一部分。大黄蜂的丰度与合适的饲用植物种类的供应量的连续变化密切相关。用“草和野花”混合物播种的田间处理具有最高的大黄蜂丰度,并提供稳定的草料种类,每年种子混合物的不同成分开花。由于当地大量的蓟草,未播种的自然再生处理仅在第二年就吸引了大黄蜂,因此,我们认为这种选择在提供饲草方面既不一致又在农学上不可接受。我们讨论了研究结果,并提出了采取适当措施以实现耕地上大黄蜂栖息地的恢复。

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